Reverse micelles (RMs) have emerged as useful tools for the study of membrane associated
proteins. With a nanoscale water core surrounded by surfactant and solubilized in a non …

This review outlines the role of electrostatics in computational molecular biophysics and its
implication in altering wild-type characteristics of biological macromolecules, and thus the …

Fusion of intrinsically disordered and globular proteins is a powerful strategy to create
functional nanomaterials. However, the immutable nature of genetic encoding restricts the …

Globular proteins undergo heat-induced denaturation and eventually gelation at significantly
elevated temperatures. The present study provides pathways to control temperature-driven …

Kinetic stability, defined as the rate of protein unfolding, is central to determining the
functional lifetime of proteins, both in nature and in wide-ranging medical and …

Computational biophysics is an interdisciplinary subject that uses numerical algorithms to
study the physical principles underlying biological phenomena and processes. Electrostatic …

The plant-specific insert (PSI) is a membrane-active domain of some plant aspartic
proteases that contributes to plant defense against pathogen infection. Despite interest in …